Product Description:

The 103-8575-5590 is a high-efficiency stepping motor in the Sanyo Denki StepSyn range. It features a 60 mm square bipolar construction that ensures stable magnetic balance and precise angular positioning. This makes the motor efficient in applications that operate on controlled, incremental motion. Its intelligent design supports accurate step resolution without the need for complex feedback systems, enabling consistent performance in various applications. This motor features a step angle of 1.8° per step. With this angle, the motor shaft rotates 1.8 degrees with each input pulse. This standard step size allows for 200 discrete steps per full revolution, providing a balance between resolution and torque output.

The 103-8575-5590 has a compact motor length of 52.5 mm, which allows it to fit into diverse setups including those where space is a concern. This short body design is ideal for applications where available installation depth is limited, making the motor a practical choice for designs requiring both power and spatial efficiency. The motor generates a minimum holding torque of 1.37 Newton-meters while holding its position without moving. This holding capability is critical in stepper motor applications, as it ensures that the shaft remains fixed even when the motor is not actively stepping. The 1.37 Nm rating offers strong static load resistance, reducing the risk of mechanical backlash in precision setups.

This motor is designed to utilize a lead wire connection type, indicating that its electrical terminals are extended through insulated wires for direct connection to a drive or controller. This configuration offers greater flexibility during installation, allowing the wires to be routed through tight spaces or customized lengths to suit the specific user requirements.